Write a LabVIEW program that performs the following tasks:

$1.$ Generate $3$ one$-$dimensional arrays from the given file input$\_$file.csv:a$.$ Using the number alphabet column, programmatically generate $2$ one$-$dimensional by splitting each cell into its letter and number component. For example, the first $3$ values are $1$A$,2$B$,3$C$,$ etc... Split this into a number array $(1,2,3.)$ and an alphabet array $($A$,$ B$,$ C$.)$b$.$ Using the numbers given in the High$/$low sort column sort them by the alternating high low count. For example, the array $50,63,14,26,55,44$ would sort with the highest number first $(63)$ followed by the lowest number $(14)$ and then the next highest number $(55)$ and the next lowest number $(26).$ Keep repeating this process until all the numbers in the given array are sorted in a one$-$dimensional array.

$2.$ Generate $4$ one$-$dimensional arrays of numbers$/$letters whose size is programmatically determined by the number of elements in the given file input$\_$file.csv:d$.$ An array that follows the recursive equation: Given the initial conditions A$1=6,$ A$2=4,$ and A$3=2.$e$.$ An array of Random integers $-20$ to $50$ that is evenly divisible by four. $($i$.$e$.,0,4,8\mathrm{.}36,40)$f$.$ An array of strings that follows the patter: A$1,$ B$2,$ C$3,$ A$4,$ B$5,$ C$6,$ A$7.$g$.$ An array that counts by $0\mathrm{.}25$ pattern: $0,0\mathrm{.}25,0\mathrm{.}50,0\mathrm{.}75,1,1\mathrm{.}25.3.$ Programmatically form $1$ two$-$dimensional array from the above one$-$dimensional arrays $($A$-$G$)$ or as many as the program has generated. Display this two$-$dimensional array on the front panel in columnar format with headers $($Alphabet$,$ Number count from file, High$/$low sort, recursive, random divisible by $4,$ letter$/$number count, $$ count$).$